E n e r g y C o n c e p t
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The diagrams beside shows the different strategy in different season: The above diagrams shows the summer time while the one below shows the winter time. You can have a better look of them by simply clicking the image at the left. Typical summer day 1 doors open for views and natural ventilation 2 hot air rises and escapes through open rooflights drawing fresh air in at low level 3 solar water heater 4 PV cells 5 trees shade glasshouse from lowangle sun 6 cool fresh air drawn in from shade areas 7 low level openings fro natural ventilation 8 vegetation and water features shade and evaporatively cool glasshouse 9 internal shades trap solar heat at high level
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Typical winter day 1 wind deflected by glasshouse minimizes wind heat looses from inner buildings 2 acoustic absorption to limit glasshouse revebration 3 heat reclaimed from exhausted air 4 fresh drawn in preheated by glasshouse 5 trees shed leaves allowing low angle sun 6 glasshouse heated by sun and heat loss from buildings 7 absorption "cloud" for local acoustic control 8 rainwater stored and reused to flush toilets 9 inflitration rate sufficient to keep glasshouse fresh 10 glasshouse protects microclimate from outside noise
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